Sumit Shibib Email & Phone Number

Portland, Or, Us

Wilsonville, Oregon, United States

Program Chief (Vision & Sensor Systems) at Collins Aerospace for Head-up Guidance Systems (HGS). Responsible for Airbus, Bombardier and Embraer programs.

Wilsonville, Oregon, United States

Senior Product Owner, Project Engineer, and Cost Account Manager (Vision and Sensor Systems) at Collins Aerospace. Responsible for Airbus, Embraer, and Bombardier programs.

Cedar Rapids, Iowa, United States

Project Engineer (Business and Regional Avionics - Program Systems) at Collins Aerospace. Responsible for Embraer Praetor and Legacy Avionics programs.

Montreal, Quebec, Canada

Project Engineer (Business and Regional Avionics - Aftermarket Systems) at Collins Aerospace.Responsible for STC and aftermarket support for Collins Pro Line 21 Integrated Avionics Systems, for Bombardier Challenger 350, Challenger 3500, and Challenger 600 programs. Planned, developed, and certified avionics upgrades including Auto Throttle and Head-Up Display Systems. Supported aircraft flight test activities. Role:Perform project planning activities for STC/SOC Avionics projects, organize bid for existing and new Avionics programs, manage project finance, and monitor & manage platform system and various sub-system domain teams. Co-ordinate with Program Manager, Technical Project Manager, Department Leaders, and OEM teams. Provide support to certification authorities (FAA, TCCA).

Montreal, Quebec, Canada

Platform Systems Engineer for Embedded Display System (EDS) Avionics Software Suite. Performed aircraft on-board testing on Challenger 350 aircraft for several ATA chapters, systems integrated rig testing, and requirements validation and verification activities.

Moses Lake Flight Test Center, Washington, United States

Lead on-site engineer for Mitsubishi SpaceJet program at Moses Lake Flight Test Center, Washington, USA. Provided engineering support for Collins Pro-Line Fusion Avionics System and Primary Flight Control Computer (PFCC)Performed Flight Tests onboard SpaceJet Flight Test Vehicles, including LPV approach tests, performance tests, and abnormal scenario testing for FMS and FCSProvided Flight Test Vehicle support, including software loading, ground testing, and maintenance support for SpaceJet aircraftSupported systems rig & Electric Flight Simulator integration and verificationWorked with JCAB and FAA members for aircraft certification effortSupported OEM supply chain & provide logistical support for Collins Aerospace Pro Line Fusion Avionics Systems & Primary Flight Control Computer (PFCC) Co-ordinated with engineering teams in Japan, India and USA to ensure continuous customer support

Cedar Rapids, Iowa, United States

Systems engineer (Business and Regional Avionics - Program Systems) at Collins Aerospace, responsible for the Mitsubishi SpaceJet program. Role comprises of coordinating with the customer to define requirements and perform a wide array of validation and verification activities for the Pro Line Fusion avionics suite, coordinating with the different application teams including Flight Displays, Flight Controls and Flight Management System, and providing customer support for the OEM. Experienced in safety analysis, avionics certification for Airline Transport category aircraft, and project management. Led multiple software development cycles from requirements development to aircraft integration. Experienced in Model Based Systems Engineering (MBSE)Served as scrum master, change control board chair, and systems IPT lead for various software application domains. Nominated for Engineer of the Year for work in systems architecture design (Thrust Arbitration Function and LPV)

Daytona Beach, Florida Area

Worked as an undergraduate research assistant under the Aerospace Engineering Department at Embry-Riddle Aeronautical University. The research topic was a Stratospheric Dual-Aircraft Platform funded by NASA Innovative Advanced Concepts (NIAC). Designed a communication protocol to enable dual way communication between two or more Pixhawk Flight Controllers to transfer flight data (GPS, Speed, Altitude) for autonomous formation flight.

Daytona Beach, Florida Area

Worked as an undergraduate student assistant under the Aerospace Engineering department at Embry-Riddle. Project was terrain mapping and modeling using a line scanning LIDAR mounted on an Unmanned Aerial Vehicle (UAV).

Dallas, Texas

Worked as an intern in the Flight Operations Engineering department in the Network Operations Control group. Analyzed, validated, and updated various Boeing 737 performance data including normal and non-normal procedures using Onboard Performance Computer (OPC) and Honeywell Mark III CMU. Cross checked inputs and outputs with Aerodata database and made notes on correction if necessary. Analyzed the effect of NOTAMs on flight operations daily using Digital Obstacle Analysis Tool (DOAT) and notified Dispatch Control if obstacle was significant. Updated Southwest Airlines database with new airport information for all U.S and Mexican airports using Jeppesen and FAA sources. Responsible for determining the feasibility of opening new destinations by analyzing airport data with aircraft performance capabilities. Created software using Visual Basic for Applications (VBA) to analyze, populate and sort aircraft performance information from performance software into tables and charts for publication. Integrated new Takeoff and Landing Assessment (TALPA) conditions into existing software.

Daytona Beach, Florida Area

Project manager for RoboBoat 2015-2016 year. Recruited student engineers, assigned tasks based on experience and interest, and helped train inexperienced members in autonomous systems and hardware. Scheduled meetings with members and faculty, coordinated with Mechanical Engineering department for progress report and funding, and demonstrated progress on a regular basis by the means of field testing. Wrote competition paper, produced sample videos, and presented in front of a global audience at AUVSI RoboBoat Competiton at Virginia Beach.

Daytona Beach, Florida Area

Worked on an autonomous surface vehicle (ASV) capable of fully autonomous navigation and reconnaissance missions. Experienced with autonomous systems and hardware such as LiDar and GPS, vision processing, and electrical systems and hardware. Additional experience with unmanned aerial vehicle (UAV) systems and hardware. Hands-on experience in field testing, analyzing test data, and finding and solving problems on the spot. Part of the team that won AUVSI RoboBoat competition in 2014 and 2015.

600 South Clyde Morris Blvd

Worked as a tutor for all undergraduate Physics and Chemistry courses. Tutored over 3,000 students and helped them achieve a better understanding of fundamental concepts of Physics and Chemistry. Helped with tests and quizzes and advanced topics to facilitate better test grades.

Master Of Science - Ms, Unmanned And Autonomous Systems Engineering, 4.0

Capstone Design Project - Small Autonomous Aerial Surveillance (SAAS) system, utilizing machine learning enabled visual recognition.

Bachelor Of Science (B.Sc.), Aerospace, Aeronautical And Astronautical Engineering, 3.86

Activities and Societies: Tau Beta Pi, Kappa Mu Epsilon, Robotics Association at Embry-Riddle, Business Aviation Student Association (BASA)